HP 48 Plotting Utilities
The first size listed is the downloaded file size and the second size listed is the size on the calculator.
|
HP 48 Plotting Utilities The first size listed is the downloaded file size and the second size listed is the size on the calculator. |
There are 39 files totaling 753KB in this category.
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
| ||||||
4KB/3KB
A 3 dimensional surface graphing program for the 48SX.
1KB/1KB
Draws a 3D representation of a matrix of real numbers. Ported to the HP 48 from the HP 49.
2KB/1KB
This is a program to draw dragon curves. Dragon curves are made by folding a strip of paper in half n times and then unfolding it so all the corners are right angles.
Program to read, write and plot AutoCAD R12 DXF files. Written in System RPL. For the 48G series only.
Provides a simple interface of the 48S plotting program to act more like the G series plotting program.
Make 3D stereograms on your HP 48!
This library makes log-scale graphs for the 48 series. Plot types "Function", "Scatter" and "Parametric" are implemented. In the type "Function", TRACE and (X,Y) in the 48G plot menu are available. Non-uniform logarithmic tick, zoom-in, zoom-out and recenter are implemented.
(
MathTools is a collection of tools to speed up and ease many mathematical functions of the GX, as well as including its own. Includes plotter replacement, front end for SOLVR, MatrixWriter replacement, EquationWriter replacement, table of values, and much more.
Helps so that you can plot as fast as possible, when the equations are quite simple.
Mplot is a replacement for the internal plotting INFORM menu.
Easy to use pie chart plotter written in System RPL.
A simple RPL program which draws and labels a pie chart using commands from the author's own Graphics Library. This is like the pie chart program in the owner's manual but uses a specified column from the sigmaDAT array (like the built-in BARPLOT it uses XCOL - the first parameter in the sigmaPAR list).
A more "robust" (but beta) version of PowerPlot. Includes fast function, polar, and parametric plotting and calculus tools such as plotting derivatives, integrals, tangent lines, and frequency domain (via Fourier transform).
A very fast and versatile plotter replacement. This plots graphs much quicker than the built-in plotter. Includes PDF documentation.
A very fast plotter replacement with a built-in table of values routine. This plots graphs much quicker than the built-in plotter. Includes PDF documentation.
QT is a collection of fast, efficient tools to help you use your calculator for certain functions. Included are utilities such as a 4-type multi plotter which plots in FUNCTION and POLAR modes (and supports natural multiplication), a table of values generator, two equation solvers, password protection, simplification of symbolics, polynomial solving/division, hiding variables in ANY direction, and much more! Predecessor to MathTools.
A program for rotating three dimensional shapes. It even does perspectives, but no hidden line removal.
Much faster plotter replacement for graphing functions and parametric plots. For the G series only.
A suite of 3D graphing/viewing utilities for the 48. Written entirely in User RPL.
A fast System RPL 3D surface plotter with hidden-line removal for both the S and G series. This version allows viewing from any angle, with no decrease in performance. This old version is included because it takes less memory than the latest version.
Surf version 3.1 is a fast System RPL 3D surface plotter for the HP 48 with hidden line removal. Surf is the fastest program of its type for the 48G and 48S series. Surf allows you to view your surface from any angle. Version 3.1 includes a trace mode which displays a crosshair on the graph along with (X,Y,Z) coordinates for the crosshair location.